On October 12th, the IEEE Standards Association (IEEE SA) Standards Council officially approved the establishment of the international standard "World Model Application Architecture Guidelines for Industrial AI". This is the world's first international standard for world model application architecture for industrial AI, which is another international authoritative recognition obtained by Kaos in the field of industrial AI technology practice, further enhancing China's international standard discourse power in the next generation of industrial artificial intelligence.
The current manufacturing industry is undergoing a technological paradigm transition from manufacturing automation and digitization to manufacturing AI. AI is no longer a simple tool that is stacked, but a fundamental capability that deeply penetrates the entire research, production, supply, and marketing chain, driving the continuous evolution of the industry. High level openness and self-reliance complement each other: without core autonomy, openness has no voice. The world model technology originated from the framework system theory in 1974 and has undergone long-term iterative evolution, developing into a new generation of AI technology that can perform inference and prediction on the physical world.
At the 2026 World Artificial Intelligence Conference, Kaos will launch the industrial world model globally. Relying on the massive industrial data, ontology modeling capabilities, and digital twin foundation accumulated by the platform, this model achieves a complete mapping from real factories to AI systems, suppresses AI illusions with industrial physical constraints, ensures that output results are auditable and implementable, and lays a solid foundation for the large-scale implementation of industrial intelligent agents. Simultaneously releasing the Tianyu intelligent agent development platform and complete product matrix, connecting the business chain from drawings to production lines, and laying a solid industrial practice foundation for the IEEE international standard project.
10月12日，IEEE标准协会（IEEE SA）标准理事会大会正式批准《面向工业AI的世界模型应用架构指南》国际标准立项。这是全球首个面向工业AI的世界模型应用架构国际标准，是卡奥斯在工业AI领域技术实践获得的又一项国际权威认可，进一步提升了我国在下一代工业人工智能领域的国际标准话语权。
当前制造业正经历从制造自动化、数字化迈向制造AI化的技术范式跃迁，AI不再是简单叠加的工具，而是深度贯穿研产供销全链路，驱动产业持续进化的底层能力。高水平开放与自主自强相辅相成：没有核心自主能力，开放就没有话语权。世界模型技术起源于1974年框架系统理论，历经长期迭代演进，发展成为可对物理世界开展推演预测的新一代AI技术。
在2026世界人工智能大会上，卡奥斯全球首发工业世界模型。依托平台沉淀的海量工业数据、本体建模能力与数字孪生底座，该模型实现真实工厂向AI系统的完整映射，以工业物理约束抑制AI幻觉，保障输出结果可审计、可落地，为工业智能体规模化落地筑牢根基。同期发布天驭智能体开发平台及完整产品矩阵，打通从图纸到产线的业务链路，为本次IEEE国际标准立项夯实扎实的产业实践基础。
As Zhou Yunjie, Chairman and CEO of Haier Group, said, "In the next decade, it will not only be AI reshaping industry, but also redefining AI technology in industrial scenarios." Real industrial scenarios, industrial data, and production testing are the soil for the development of industrial AI. Based on the technological accumulation in our own industrial scene, and through international standards for open sharing of technological achievements, it is a vivid practice of 'the more open, the more independent and self reliant'.
The IEEE Industrial World Model International Standard proposed in this project is based on the frontline scenarios of the real economy and provides systematic solutions to the pain points in the above-mentioned industries. The standard focuses on real industrial business scenarios, outputs a unified reference architecture for industrial world model applications, and forms complete practical guidance around hierarchical architecture, core model components, typical business scenarios, and intelligent agent cooperation, providing practical and standardized guidance for the design, development, deployment, integration, and operation of industrial world models. The standard will take the home appliance industry as a typical verification case, presenting a complete closed-loop implementation path of "simulation evaluation optimization deployment".
Industry experts say that big models are good at language understanding, AI agents focus on task execution, and the core value of industrial world models lies in achieving causal understanding and state evolution prediction of the physical world. The three capabilities complement each other. The world model can simulate physical constraints in industrial environments, predict the action results of robots and production line equipment, empower flexible automation, digital twins, and predictive maintenance, and is an important technological foundation for promoting new industrialization. In the future, the Industrial World Model Standards Working Group will adhere to the principle of openness, co creation, and sharing, and attract the efforts of industry, academia, research, and application from all parties around the world. It will work together with domestic and foreign enterprises and research institutions to develop standard drafts, collect cases, conduct technical discussions, and promote their application.
正如海尔集团董事局主席、首席执行官周云杰所言，“未来十年，不仅是AI重塑工业，更是工业场景重新定义AI技术”，真实的工业场景、产业数据与生产检验，是工业AI发展的土壤。立足自身工业场景技术沉淀，再通过国际标准开放共享技术成果，正是“越开放，越要自主自强”的生动实践。
本次立项的IEEE工业世界模型国际标准，正是立足实体经济一线场景，针对上述行业痛点给出系统性解决方案。标准聚焦工业真实业务场景，输出工业世界模型应用统一参考架构，围绕分层架构、核心模型组件、典型业务场景、智能体协同等形成完整实践指导，为工业世界模型的设计、开发、部署、集成与运维提供可落地的规范指引。标准将以家电行业作为典型验证案例，完整呈现“仿真—评估—调优—部署”闭环落地路径。
业内专家表示，大模型擅长语言理解，AI智能体聚焦任务执行，而工业世界模型的核心价值在于实现对物理世界的因果理解与状态演化预测，三者能力互为补充。世界模型可以模拟工业环境物理约束，预判机器人、产线设备动作结果，赋能柔性自动化、数字孪生、预测性维护，是推进新型工业化的重要技术底座。后续，工业世界模型标准工作组将坚持开放共创共享的原则，面向全球吸纳产学研用各方力量，联合国内外企业、科研机构共同开展标准草案编制、案例征集、技术研讨与应用推广。
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